Abstract

A model of the origin and structure of the Universe is presented. It is shown that the laws of nature are identical and evident both in the microscopic world and the macrocosm. Already Pythagoras paid special attention to the unit as a sacred number in the language of mathematics, and D.I. Mendeleev assigned special importance to hydrogen, the first element of the periodic table, from which the formation of our solar system started; thus, as one is the origin of numbers, so hydrogen is the basic building material of all other elements. Hydrogen is a diatomic gas in the normal state. Hydrogen molecules can form complex associates of a much larger number of atoms under certain conditions, such as low temperature or very rarefied media. The stability (and therefore, the lifetime) of these structures is lower than that of an ordinary hydrogen molecule. Nevertheless, such clusters are common in natural environments, for example, in the interstellar space. Therefore, ab initio calculations of small hydrogen clusters were performed in the present work, and the quantum chemical method was used to calculate the entropy and frequencies of zero vibrations of hydrogen isotopes.

中文翻译：

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宇宙创造与结构的共振原理

摘要

提出了宇宙起源和结构的模型。结果表明，自然规律在微观世界和宏观世界中都是相同的，也是显而易见的。毕达哥拉斯（Pythagoras）已经特别注意了该单元作为数学语言中的一个神圣数字，DI门捷列夫（DI Mendeleev）特别重视氢，它是周期表的第一元素，从此开始我们的太阳系的形成；因此，作为数字的起源，氢是所有其他元素的基本建筑材料。氢是处于正常状态的双原子气体。氢分子可以在某些条件下，例如低温或非常稀疏的介质中，形成大量原子的络合物。这些结构的稳定性（因此，寿命）低于普通氢分子的稳定性。然而，这样的星团在自然环境中是常见的，例如在星际空间中。因此，在本工作中，从头进行了小团簇的计算，并使用量子化学方法计算了氢同位素的熵和零振动的频率。